Pseudo Medical Monitor Device 3D Print: Difference between revisions

From LVL1
Jump to navigation Jump to search
← Older editNewer edit →
No edit summary
Line 67: Line 67:
== Respiratory Sensor used with Poly-Liar External Unit ==
== Respiratory Sensor used with Poly-Liar External Unit ==


{|class="wikitable"
!colspan="2"|3D Printed Parts
|-
|
[[File:JAC MED MON RESP MODEL 2 RENDER C.jpg|left|thumbnail|x200px]]
[[File:JAC MED MON RESP MODEL 2 RENDER C.jpg|left|thumbnail|x200px]]
 
|
* YELLOW - Telescoping Tube Cradle
* YELLOW - Telescoping Tube Cradle
* GREEN - Sliding Plunger
* GREEN - Sliding Plunger
Line 77: Line 81:
* SEMI-TRANSPARENT BLUE - Guide Tube for Sliding Plunger
* SEMI-TRANSPARENT BLUE - Guide Tube for Sliding Plunger
* SEMI-TRANSPARENT GREEN - Outer Telescoping Tube
* SEMI-TRANSPARENT GREEN - Outer Telescoping Tube
 
|-
|
[[File:JAC MED MON RESP MODEL 2 RENDER B.jpg|left|thumbnail|x200px]]
[[File:JAC MED MON RESP MODEL 2 RENDER B.jpg|left|thumbnail|x200px]]
 
|* YELLOW - Telescoping Tube Cradle
* GREEN - Sliding Plunger
* RED - Rubber Band (Provides Resistance and Recoil for Sliding Plunger against Telescoping Cradle)
* VIOLET - Reflectance Sensor PCB
* BLUE - Fastner (Secures Slinging Plunger to Inner Telescoping Tube)
* ORANGE - Inner Telescoping Tube
* SEMI-TRANSPARENT BLUE - Guide Tube for Sliding Plunger
* SEMI-TRANSPARENT GREEN - Outer Telescoping Tube
|}


[[Pseudo-Medical Monitor Device Design]]
[[Pseudo-Medical Monitor Device Design]]

Revision as of 16:40, 9 December 2021

Printed Parts

3D Printed Parts
Parts ID Purpose
Control Panel Brackets 
Fasten Control Panel to Main Device Sensor Layer 
Brackets are not symmetrical and are tailored for the Main Device Sensor Layer hole placement
Screws shown with nuts provide offset positioning
Port Mounting Brackets 
Secure RJ45 Ports to Arduino DUE base layer of Main Device
Brackets are not symmetrical and are tailored for the Arduino DUE hole placement
Velco added post printing
ATTiny85 Token Enclosure Box and Cover Provides an enclosure for ATTiny85 Tokens
Corner Bracket Set 
Provides corner bracketing for EEG External Unit
Threaded Inserts installed after printing
Respiratory Sensor Signal Amplifier Box and Cover 
Provides enclosure of PCB
Access to adjustment potentiometer from cover

Assemblies With Printed Parts

Respiratory Sensor used with EKG External Unit

3D Printed Parts 
Two Compression Brackets 
IR Distance Compression Sensor Inside

* BLUE - Compression Sensor Orientation Stabilizer
* YELLOW - Compression Sensor Lower Bracket
* GREEN - Compression Sensor Top Bracket
* CYAN - Telescoping Tube Cradle
* RED - Rubber Band (Provides Flexing of Compression Sensor Brackets)
* VIOLET - Fastner (Holds Exterior Telescoping Tube Secure and Allows Inner Tube to Move)
* SEMI-TRANSPARENT GREEN - Outer Telescoping Tube (Inner Telescoping Tube visible)

Respiratory Sensor used with Poly-Liar External Unit

3D Printed Parts
  • YELLOW - Telescoping Tube Cradle
  • GREEN - Sliding Plunger
  • RED - Rubber Band (Provides Resistance and Recoil for Sliding Plunger against Telescoping Cradle)
  • VIOLET - Reflectance Sensor PCB
  • BLUE - Fastner (Secures Slinging Plunger to Inner Telescoping Tube)
  • ORANGE - Inner Telescoping Tube
  • SEMI-TRANSPARENT BLUE - Guide Tube for Sliding Plunger
  • SEMI-TRANSPARENT GREEN - Outer Telescoping Tube
 * YELLOW - Telescoping Tube Cradle
  • GREEN - Sliding Plunger
  • RED - Rubber Band (Provides Resistance and Recoil for Sliding Plunger against Telescoping Cradle)
  • VIOLET - Reflectance Sensor PCB
  • BLUE - Fastner (Secures Slinging Plunger to Inner Telescoping Tube)
  • ORANGE - Inner Telescoping Tube
  • SEMI-TRANSPARENT BLUE - Guide Tube for Sliding Plunger
  • SEMI-TRANSPARENT GREEN - Outer Telescoping Tube

Pseudo-Medical Monitor Device Design

Retrieved from "http://wiki.lvl1.org/index.php?title=Pseudo_Medical_Monitor_Device_3D_Print&oldid=14153"